Superoxide Dismutase ●
TL;DR. This ingredient is an antioxidant and skin-conditioning enzyme used to help manage oxidative stress in a formula and on the skin surface. It catalyzes conversion of a reactive oxygen radical into oxygen and hydrogen peroxide, supporting formulas aimed at environmental-stress and aging-related claims.
What does Superoxide Dismutase do in a cosmetic formula?
This ingredient is an antioxidant and skin-conditioning enzyme used to help manage oxidative stress in a formula and on the skin surface. It catalyzes conversion of a reactive oxygen radical into oxygen and hydrogen peroxide, supporting formulas aimed at environmental-stress and aging-related claims.
Is Superoxide Dismutase clean?
From a clean-beauty perspective, it is generally well tolerated and not a common restricted-list concern. Because it is a protein-based material, very sensitive users can have reactivity, especially if the formula also contains strong penetration enhancers or high levels of fragrance.
Is Superoxide Dismutase sustainable?
This material is typically sourced through plant extraction, fermentation, or other biotech routes, so its feedstock profile can be renewable. As a protein, it is expected to be biodegradable and does not raise the persistence concerns associated with many synthetic film-formers or cyclic silicones.
Is Superoxide Dismutase COSMOS-approved?
It can align with COSMOS-natural and COSMOS-organic when produced from permitted natural or fermentation sources and processed with allowed auxiliaries. Its Green Chemistry fit is generally strong because it is effective at low use levels, biodegradable, and commonly made through aqueous biological processing rather than heavy solvent chemistry.
How does Superoxide Dismutase work chemically?
The molecule is a metalloprotein enzyme, commonly built around copper/zinc, manganese, or iron active sites depending on source, and its activity depends on preserving the folded protein structure. It is usually used at low cosmetic levels, often below 1% as supplied, and performs best in mild pH, low-heat systems with compatible preservatives and minimal denaturing surfactant load.
Last updated 2026-05-13